2. X1,...,X, are iid exponential(1) random variables, with density function f(x) = e~*, c.d.f. F(r) = 1-e* for r> 0. Let Y, = max(X;). PLYus x)= (l-e *)* -; For any given I, find P(Y, < log n + x).

A First Course in Probability (10th Edition)
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Chapter1: Combinatorial Analysis
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Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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2. X1,..., X, are iid exponential(1) random variables, with density function f(x) = e-²,
c.d.f. F(x) = 1 – e=² for x > 0. Let Y, = max(X;).
-; For any given z, find P(Y, S log n + 2). PCYu<x)= (l-e¬)*
lG) P(CYa <logn+a) =
P lnax (Xi)<logn+x)
- P(xz maxCXij-log n)
= |- Fx (max(XiFl0gm)
: |-(1-e**. e logm)"
=|-(1- e* n)"
Transcribed Image Text:2. X1,..., X, are iid exponential(1) random variables, with density function f(x) = e-², c.d.f. F(x) = 1 – e=² for x > 0. Let Y, = max(X;). -; For any given z, find P(Y, S log n + 2). PCYu<x)= (l-e¬)* lG) P(CYa <logn+a) = P lnax (Xi)<logn+x) - P(xz maxCXij-log n) = |- Fx (max(XiFl0gm) : |-(1-e**. e logm)" =|-(1- e* n)"
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